Dobieman
Registered
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Meh.... that's cool. I learned long ago to avoid being upset regarding what anyone does (or doesn't do) with any info I share on the various forums[/quote]
But healthy debate is always good right
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Apples and oranges, mang. Racing environment and street environment are two different animals. Look at the MotoGP brake systems.... ceramic composite rotors, carbon/carbon brake systems, etc. Much, MUCH higher heat and forces than what one can (legally) do on the street.
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Here you point out "Apples and Oranges" which I assume you mean "Street and Track" applications?
But somewhere before the current ceramic and carbon brake components of today there were the highest end metal rotors, used when did the wave style get the nod?
Just looked for some pics of Moto GP bikes with wave rotors and came up empty
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To a degree, but it's not the same as the large oval cutouts on the Galfers. Look at the relative sizes of the small circular holes and their placement. Not samey-same.
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Since were comparing "apples" and such what degree is used on the street?
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Okay. I myself tend to use personal, direct observations under conditions that I ride the bike under. Any other study doesn't mean a whole lot to me (personally) except to perhaps form generalized conclusions and/or trending.
[/quote]
Like wise your "observations" don't hold much water VS scientific evidence from unbiased testing.
Ass sphincter dyno reports and the like don't tell me much
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More apples/oranges, my brutha. Car designers/engineers don't give a flying rat's butt about unsprung weight [/quote]
Really? I thought Formula One was pretty advanced in motor sports...
Other things to ponder...if wave rotor dissipate heat faster due to reduced mass don't they also acquire heat faster?
You quickly dismiss less area for braking to apply to on a wave rotor by citing other components. Weren't we talking about wave rotors specifically? I mean all other components being equal there isn't there less surface area to absorb heat and apply braking forces to?
Meh.... that's cool. I learned long ago to avoid being upset regarding what anyone does (or doesn't do) with any info I share on the various forums[/quote]
But healthy debate is always good right
<div class="iF-Passage"><div class="QUOTEHEAD">Quote:[/Quote]<div class="QUOTE clearfix"><span class="quoteBegin"> </span>
Apples and oranges, mang. Racing environment and street environment are two different animals. Look at the MotoGP brake systems.... ceramic composite rotors, carbon/carbon brake systems, etc. Much, MUCH higher heat and forces than what one can (legally) do on the street.
[/quote]
Here you point out "Apples and Oranges" which I assume you mean "Street and Track" applications?
But somewhere before the current ceramic and carbon brake components of today there were the highest end metal rotors, used when did the wave style get the nod?
Just looked for some pics of Moto GP bikes with wave rotors and came up empty
<div class="iF-Passage"><div class="QUOTEHEAD">Quote:[/Quote]<div class="QUOTE clearfix"><span class="quoteBegin"> </span>
To a degree, but it's not the same as the large oval cutouts on the Galfers. Look at the relative sizes of the small circular holes and their placement. Not samey-same.
[/quote]
Since were comparing "apples" and such what degree is used on the street?
<div class="iF-Passage"><div class="QUOTEHEAD">Quote:[/Quote]<div class="QUOTE clearfix"><span class="quoteBegin"> </span>
Okay. I myself tend to use personal, direct observations under conditions that I ride the bike under. Any other study doesn't mean a whole lot to me (personally) except to perhaps form generalized conclusions and/or trending.
[/quote]
Like wise your "observations" don't hold much water VS scientific evidence from unbiased testing.
Ass sphincter dyno reports and the like don't tell me much
<div class="iF-Passage"><div class="QUOTEHEAD">Quote:[/Quote]<div class="QUOTE clearfix"><span class="quoteBegin"> </span>
More apples/oranges, my brutha. Car designers/engineers don't give a flying rat's butt about unsprung weight [/quote]
Really? I thought Formula One was pretty advanced in motor sports...
Other things to ponder...if wave rotor dissipate heat faster due to reduced mass don't they also acquire heat faster?
You quickly dismiss less area for braking to apply to on a wave rotor by citing other components. Weren't we talking about wave rotors specifically? I mean all other components being equal there isn't there less surface area to absorb heat and apply braking forces to?